tools/telemetry/third_party/gsutilz/third_party/boto/boto/manage/volume.py - Issue 1493973002: Remove telemetry/third_party/gsutilz

Unified Diff: tools/telemetry/third_party/gsutilz/third_party/boto/boto/manage/volume.py

Issue 1493973002: Remove telemetry/third_party/gsutilz (Closed) Base URL: https://chromium.googlesource.com/chromium/src.git@gsutil_changes

Patch Set: rebase Created 5 years ago

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Index: tools/telemetry/third_party/gsutilz/third_party/boto/boto/manage/volume.py

diff --git a/tools/telemetry/third_party/gsutilz/third_party/boto/boto/manage/volume.py b/tools/telemetry/third_party/gsutilz/third_party/boto/boto/manage/volume.py

deleted file mode 100644

index 410414c7b3354ea86d893cd92cfa23ca36c82310..0000000000000000000000000000000000000000

--- a/tools/telemetry/third_party/gsutilz/third_party/boto/boto/manage/volume.py

+++ /dev/null

@@ -1,420 +0,0 @@

-# Permission is hereby granted, free of charge, to any person obtaining a

-# copy of this software and associated documentation files (the

-# "Software"), to deal in the Software without restriction, including

-# without limitation the rights to use, copy, modify, merge, publish, dis-

-# tribute, sublicense, and/or sell copies of the Software, and to permit

-# persons to whom the Software is furnished to do so, subject to the fol-

-# lowing conditions:

-# The above copyright notice and this permission notice shall be included

-# in all copies or substantial portions of the Software.

-# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS

-# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABIL-

-# ITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT

-# SHALL THE AUTHOR BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,

-# WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,

-# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS

-# IN THE SOFTWARE.

-from __future__ import print_function

-from boto.sdb.db.model import Model

-from boto.sdb.db.property import StringProperty, IntegerProperty, ListProperty, ReferenceProperty, CalculatedProperty

-from boto.manage.server import Server

-from boto.manage import propget

-import boto.utils

-import boto.ec2

-import time

-import traceback

-from contextlib import closing

-import datetime

-class CommandLineGetter(object):

- def get_region(self, params):

- if not params.get('region', None):

- prop = self.cls.find_property('region_name')

- params['region'] = propget.get(prop, choices=boto.ec2.regions)

- def get_zone(self, params):

- if not params.get('zone', None):

- prop = StringProperty(name='zone', verbose_name='EC2 Availability Zone',

- choices=self.ec2.get_all_zones)

- params['zone'] = propget.get(prop)

- def get_name(self, params):

- if not params.get('name', None):

- prop = self.cls.find_property('name')

- params['name'] = propget.get(prop)

- def get_size(self, params):

- if not params.get('size', None):

- prop = IntegerProperty(name='size', verbose_name='Size (GB)')

- params['size'] = propget.get(prop)

- def get_mount_point(self, params):

- if not params.get('mount_point', None):

- prop = self.cls.find_property('mount_point')

- params['mount_point'] = propget.get(prop)

- def get_device(self, params):

- if not params.get('device', None):

- prop = self.cls.find_property('device')

- params['device'] = propget.get(prop)

- def get(self, cls, params):

- self.cls = cls

- self.get_region(params)

- self.ec2 = params['region'].connect()

- self.get_zone(params)

- self.get_name(params)

- self.get_size(params)

- self.get_mount_point(params)

- self.get_device(params)

-class Volume(Model):

- name = StringProperty(required=True, unique=True, verbose_name='Name')

- region_name = StringProperty(required=True, verbose_name='EC2 Region')

- zone_name = StringProperty(required=True, verbose_name='EC2 Zone')

- mount_point = StringProperty(verbose_name='Mount Point')

- device = StringProperty(verbose_name="Device Name", default='/dev/sdp')

- volume_id = StringProperty(required=True)

- past_volume_ids = ListProperty(item_type=str)

- server = ReferenceProperty(Server, collection_name='volumes',

- verbose_name='Server Attached To')

- volume_state = CalculatedProperty(verbose_name="Volume State",

- calculated_type=str, use_method=True)

- attachment_state = CalculatedProperty(verbose_name="Attachment State",

- calculated_type=str, use_method=True)

- size = CalculatedProperty(verbose_name="Size (GB)",

- calculated_type=int, use_method=True)

- @classmethod

- def create(cls, **params):

- getter = CommandLineGetter()

- getter.get(cls, params)

- region = params.get('region')

- ec2 = region.connect()

- zone = params.get('zone')

- size = params.get('size')

- ebs_volume = ec2.create_volume(size, zone.name)

- v = cls()

- v.ec2 = ec2

- v.volume_id = ebs_volume.id

- v.name = params.get('name')

- v.mount_point = params.get('mount_point')

- v.device = params.get('device')

- v.region_name = region.name

- v.zone_name = zone.name

- v.put()

- return v

- @classmethod

- def create_from_volume_id(cls, region_name, volume_id, name):

- vol = None

- ec2 = boto.ec2.connect_to_region(region_name)

- rs = ec2.get_all_volumes([volume_id])

- if len(rs) == 1:

- v = rs[0]

- vol = cls()

- vol.volume_id = v.id

- vol.name = name

- vol.region_name = v.region.name

- vol.zone_name = v.zone

- vol.put()

- return vol

- def create_from_latest_snapshot(self, name, size=None):

- snapshot = self.get_snapshots()[-1]

- return self.create_from_snapshot(name, snapshot, size)

- def create_from_snapshot(self, name, snapshot, size=None):

- if size < self.size:

- size = self.size

- ec2 = self.get_ec2_connection()

- if self.zone_name is None or self.zone_name == '':

- # deal with the migration case where the zone is not set in the logical volume:

- current_volume = ec2.get_all_volumes([self.volume_id])[0]

- self.zone_name = current_volume.zone

- ebs_volume = ec2.create_volume(size, self.zone_name, snapshot)

- v = Volume()

- v.ec2 = self.ec2

- v.volume_id = ebs_volume.id

- v.name = name

- v.mount_point = self.mount_point

- v.device = self.device

- v.region_name = self.region_name

- v.zone_name = self.zone_name

- v.put()

- return v

- def get_ec2_connection(self):

- if self.server:

- return self.server.ec2

- if not hasattr(self, 'ec2') or self.ec2 is None:

- self.ec2 = boto.ec2.connect_to_region(self.region_name)

- return self.ec2

- def _volume_state(self):

- ec2 = self.get_ec2_connection()

- rs = ec2.get_all_volumes([self.volume_id])

- return rs[0].volume_state()

- def _attachment_state(self):

- ec2 = self.get_ec2_connection()

- rs = ec2.get_all_volumes([self.volume_id])

- return rs[0].attachment_state()

- def _size(self):

- if not hasattr(self, '__size'):

- ec2 = self.get_ec2_connection()

- rs = ec2.get_all_volumes([self.volume_id])

- self.__size = rs[0].size

- return self.__size

- def install_xfs(self):

- if self.server:

- self.server.install('xfsprogs xfsdump')

- def get_snapshots(self):

- """

- Returns a list of all completed snapshots for this volume ID.

- """

- ec2 = self.get_ec2_connection()

- rs = ec2.get_all_snapshots()

- all_vols = [self.volume_id] + self.past_volume_ids

- snaps = []

- for snapshot in rs:

- if snapshot.volume_id in all_vols:

- if snapshot.progress == '100%':

- snapshot.date = boto.utils.parse_ts(snapshot.start_time)

- snapshot.keep = True

- snaps.append(snapshot)

- snaps.sort(cmp=lambda x, y: cmp(x.date, y.date))

- return snaps

- def attach(self, server=None):

- if self.attachment_state == 'attached':

- print('already attached')

- return None

- if server:

- self.server = server

- self.put()

- ec2 = self.get_ec2_connection()

- ec2.attach_volume(self.volume_id, self.server.instance_id, self.device)

- def detach(self, force=False):

- state = self.attachment_state

- if state == 'available' or state is None or state == 'detaching':

- print('already detached')

- return None

- ec2 = self.get_ec2_connection()

- ec2.detach_volume(self.volume_id, self.server.instance_id, self.device, force)

- self.server = None

- self.put()

- def checkfs(self, use_cmd=None):

- if self.server is None:

- raise ValueError('server attribute must be set to run this command')

- # detemine state of file system on volume, only works if attached

- if use_cmd:

- cmd = use_cmd

- else:

- cmd = self.server.get_cmdshell()

- status = cmd.run('xfs_check %s' % self.device)

- if not use_cmd:

- cmd.close()

- if status[1].startswith('bad superblock magic number 0'):

- return False

- return True

- def wait(self):

- if self.server is None:

- raise ValueError('server attribute must be set to run this command')

- with closing(self.server.get_cmdshell()) as cmd:

- # wait for the volume device to appear

- cmd = self.server.get_cmdshell()

- while not cmd.exists(self.device):

- boto.log.info('%s still does not exist, waiting 10 seconds' % self.device)

- time.sleep(10)

- def format(self):

- if self.server is None:

- raise ValueError('server attribute must be set to run this command')

- status = None

- with closing(self.server.get_cmdshell()) as cmd:

- if not self.checkfs(cmd):

- boto.log.info('make_fs...')

- status = cmd.run('mkfs -t xfs %s' % self.device)

- return status

- def mount(self):

- if self.server is None:

- raise ValueError('server attribute must be set to run this command')

- boto.log.info('handle_mount_point')

- with closing(self.server.get_cmdshell()) as cmd:

- cmd = self.server.get_cmdshell()

- if not cmd.isdir(self.mount_point):

- boto.log.info('making directory')

- # mount directory doesn't exist so create it

- cmd.run("mkdir %s" % self.mount_point)

- else:

- boto.log.info('directory exists already')

- status = cmd.run('mount -l')

- lines = status[1].split('\n')

- for line in lines:

- t = line.split()

- if t and t[2] == self.mount_point:

- # something is already mounted at the mount point

- # unmount that and mount it as /tmp

- if t[0] != self.device:

- cmd.run('umount %s' % self.mount_point)

- cmd.run('mount %s /tmp' % t[0])

- cmd.run('chmod 777 /tmp')

- break

- # Mount up our new EBS volume onto mount_point

- cmd.run("mount %s %s" % (self.device, self.mount_point))

- cmd.run('xfs_growfs %s' % self.mount_point)

- def make_ready(self, server):

- self.server = server

- self.put()

- self.install_xfs()

- self.attach()

- self.wait()

- self.format()

- self.mount()

- def freeze(self):

- if self.server:

- return self.server.run("/usr/sbin/xfs_freeze -f %s" % self.mount_point)

- def unfreeze(self):

- if self.server:

- return self.server.run("/usr/sbin/xfs_freeze -u %s" % self.mount_point)

- def snapshot(self):

- # if this volume is attached to a server

- # we need to freeze the XFS file system

- try:

- self.freeze()

- if self.server is None:

- snapshot = self.get_ec2_connection().create_snapshot(self.volume_id)

- else:

- snapshot = self.server.ec2.create_snapshot(self.volume_id)

- boto.log.info('Snapshot of Volume %s created: %s' % (self.name, snapshot))

- except Exception:

- boto.log.info('Snapshot error')

- boto.log.info(traceback.format_exc())

- finally:

- status = self.unfreeze()

- return status

- def get_snapshot_range(self, snaps, start_date=None, end_date=None):

- l = []

- for snap in snaps:

- if start_date and end_date:

- if snap.date >= start_date and snap.date <= end_date:

- l.append(snap)

- elif start_date:

- if snap.date >= start_date:

- l.append(snap)

- elif end_date:

- if snap.date <= end_date:

- l.append(snap)

- else:

- l.append(snap)

- return l

- def trim_snapshots(self, delete=False):

- """

- Trim the number of snapshots for this volume. This method always

- keeps the oldest snapshot. It then uses the parameters passed in

- to determine how many others should be kept.

- The algorithm is to keep all snapshots from the current day. Then

- it will keep the first snapshot of the day for the previous seven days.

- Then, it will keep the first snapshot of the week for the previous

- four weeks. After than, it will keep the first snapshot of the month

- for as many months as there are.

- """

- snaps = self.get_snapshots()

- # Always keep the oldest and the newest

- if len(snaps) <= 2:

- return snaps

- snaps = snaps[1:-1]

- now = datetime.datetime.now(snaps[0].date.tzinfo)

- midnight = datetime.datetime(year=now.year, month=now.month,

- day=now.day, tzinfo=now.tzinfo)

- # Keep the first snapshot from each day of the previous week

- one_week = datetime.timedelta(days=7, seconds=60*60)

- print(midnight-one_week, midnight)

- previous_week = self.get_snapshot_range(snaps, midnight-one_week, midnight)

- print(previous_week)

- if not previous_week:

- return snaps

- current_day = None

- for snap in previous_week:

- if current_day and current_day == snap.date.day:

- snap.keep = False

- else:

- current_day = snap.date.day

- # Get ourselves onto the next full week boundary

- if previous_week:

- week_boundary = previous_week[0].date

- if week_boundary.weekday() != 0:

- delta = datetime.timedelta(days=week_boundary.weekday())

- week_boundary = week_boundary - delta

- # Keep one within this partial week

- partial_week = self.get_snapshot_range(snaps, week_boundary, previous_week[0].date)

- if len(partial_week) > 1:

- for snap in partial_week[1:]:

- snap.keep = False

- # Keep the first snapshot of each week for the previous 4 weeks

- for i in range(0, 4):

- weeks_worth = self.get_snapshot_range(snaps, week_boundary-one_week, week_boundary)

- if len(weeks_worth) > 1:

- for snap in weeks_worth[1:]:

- snap.keep = False

- week_boundary = week_boundary - one_week

- # Now look through all remaining snaps and keep one per month

- remainder = self.get_snapshot_range(snaps, end_date=week_boundary)

- current_month = None

- for snap in remainder:

- if current_month and current_month == snap.date.month:

- snap.keep = False

- else:

- current_month = snap.date.month

- if delete:

- for snap in snaps:

- if not snap.keep:

- boto.log.info('Deleting %s(%s) for %s' % (snap, snap.date, self.name))

- snap.delete()

- return snaps

- def grow(self, size):

- pass

- def copy(self, snapshot):

- pass

- def get_snapshot_from_date(self, date):

- pass

- def delete(self, delete_ebs_volume=False):

- if delete_ebs_volume:

- self.detach()

- ec2 = self.get_ec2_connection()

- ec2.delete_volume(self.volume_id)

- super(Volume, self).delete()

- def archive(self):

- # snapshot volume, trim snaps, delete volume-id

- pass